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BIM Value
Structure
Architecture
MEP
Civil
MULTIDISCIPLINE BIM MODEL
4D Sequencing
Quantification
Clash Detection / Coordination
Estimating
Scheduling
ERP/SCM/O & M
Documentation
Visualization
Realtime 3D Walkthrough for Design Review
Next
Rendered 3D Model & Marketing Tools Presentation
Next
Rendered Revit Architecture Walkthrough
Menu
4D Construction Analysis via Simulation
Next
Performance Tracking
Menu
Interference & Clash Analysis via Simulation
Next
Zoom to clash location easily
Jump to other clash location easily
Menu
Clash Analysis Report
Architectural Material Schedule
Next
Structure Material Schedule
Next
MEP Material Schedule
Next
Civil Material Schedule
Menu
Sch
em
atic
3D Schematic Model
• Design Options
• Analysis & Calculation
Visualization
• Rendering
Cost Control
• Expedite estimating process
• Improves accuracy
D
esi
gn /
C
oo
rdin
atio
n
3D Coordinated Design Model
• Analysis & Calculation
Visualization
• Marketing
Clash Analysis
• Reduced RFIs
• Eliminate conflict
4D Planning
• Constructability (mock-up)
• Construction simulation based on schedule
Co
nst
ruct
ion
/ A
s-B
uilt
4D Coordinated Model
• Reduced cost risk
• Reduce re-work • Reduced field labor
Fabricated Model
• Less fabrication on-site
Quantity Take-off
• On-time material delivery
• Eliminate construction waste
Streamline Asset and Facility Management
Benefit for Developer
Ten
de
rin
g 3D Schematic Model
Bidding
• Shorten bidding cycle
• Improve competitiveness
Pre
-Co
nst
ruct
ion
Fabricated Model
• Off-site fabrication
Clash Analysis
• Reduced RFIs
• Eliminate conflict
Quantity Take-off
• Detailed estimation
• Eliminate material waste/scrap
4D Planning
• Constructability (mock-up) • Construction simulation based on
schedule
Co
nst
ruct
ion
4D Coordinated Model
• Reduction in cost risk
• Reduction in re-work
• Reduction in field labor
Fabricated Model
• Less fabrication on-site
Quantity Take-off
• On-time material delivery
• Eliminate construction waste
Benefit to Contractor
ArcGIS Today Prior to the ArcGIS, Esri had focused its software development on the Arc/INFO workstation program and several Graphical User Interface-based products.
In 1999 ArcMap 8.0 was introduced to the world, with an array of GIS and command line functionality.
Today, ArcGIS is comprised of 6 different platforms, ArcGIS Online, ArcGIS Desktop, ArcGIS Enterprise, ArcGIS for Developers, ArcGIS Solutions and ArcGIS Marketplace.
BIM + GIS
OVERALL VALUE OF GIS & BIM
It is getting widely believed that the two technologies (BIM and GIS) aren’t competitive but rather complementary, a continuum. Integrating analysis results from GIS with 3D visual models enables us to visualize and plan seamlessly. Working in unison, this solution leverages data management and interoperability, powerful spatial analysis, and advanced 2D and 3D visualization and rendering of the project in its intended location. Together they can bring highly productive outcomes in digital planning, digital construction and digital sharing, creating a wholesome project life cycle.
BIM Model in Revit
BIM Model in ArcGIS Pro
“A robust set of capabilities that are interoperable and complimentary to each other to support a more informed and streamlined planning, decision making and development process.”
BIM DATA
BIM + GIS
Planning Design Construction Commissioning Facility
Management
PROJECT DEVELOPMENT LIFECYCLE
BIM PROCESS
Quantification &
Estimate Closed Out
Clash Detection,
Simulation &
Visualization
VR, Prefabrication
& Scheduling As-Built
Environment,
Topography and
Geology Study
Model Forecasting,
Logistics and
Networks
Weathering
Mitigation &
Demography Study
Material Sourcing &
Project
Transportation
Governance
Facility Life Cycle
Data Management
GIS PROCESS
BIM + GIS
Planning
PROJECT DEVELOPMENT LIFECYCLE
1. Feasibility Studies
• Safety Concepts
• Economic Risk
2. Conceptual Design
3. Site Planning
Abundance and easily available demographic data – age, income, race, gender, occupation
Using points of interest (POI) – lifestyle, places nearby, facilities, municipal.
Resulting in better economical decisions
Design
PROJECT DEVELOPMENT LIFECYCLE
1. Visualization
2. Construction Simulation